def make_pgm():
strprg = {}
data = json.loads(request.vars.jsonstring)
print json.dumps(data, sort_keys=True, indent=4)
print '****** PLASMA CUT *******'
id_pgm = 1234
prgr = Plasma.PlasmaCutPlan(id_pgm)
centerx = float(data['shape_data']['misure2']) / 2 + float(
data['data_form']['sheet_margin_left'])
centery = float(data['shape_data']['misure3']) / 2 + float(
data['data_form']['sheet_margin_bottom'])
cutid = 1
# percorso taglio dei fori #
if 'holes' in data['shape_data'].keys():
for holes in data['shape_data']['holes']:
if holes['intfo'] <> '':
modulo = float(holes['intfo']) / 2
else:
modulo = 0
print 'modulo:', modulo
if holes['num'] <> '':
numfori = int(holes['num'])
else:
numfori = 1
print 'numfori:', numfori
if holes['par'] <> '':
angpar = int(holes['par'])
else:
angpar = 0
print 'angpar:', angpar
angpasso = 360 / numfori
for i in range(0, numfori):
cutid = cutid + 1
cx = centerx + modulo * math.cos(
math.radians(angpar + angpasso * i))
cy = centery + modulo * math.sin(
math.radians(angpar + angpasso * i))
prgr.cutseq.append(
Plasma.CutRound(cutid, float(holes['dia']),
cx + float(holes['dia']) / 2, cy, 'ccw'))
print 'foro' + str(i)
print 'x:', cx, ' y:', cy
# percorso taglio della piastra #
if data['shape_data']['shape'] == 1:
on_set = 8
out_set = 6
xstart = float(data['shape_data']['misure2']) + float(
data['data_form']['sheet_margin_left'])
ystart = float(data['data_form']['sheet_margin_bottom'])
print xstart
print ystart
prgr.cutseq.append(
Plasma.CutRect(1, float(data['shape_data']['misure2']),
float(data['shape_data']['misure3']), xstart,
ystart, 'cw'))
elif data['shape_data']['shape'] == 2:
on_set = 8
out_set = 6
print 'allora!'
diam = data['shape_data']['misure2']
print 'diametro:', diam
xstart = centerx + diam * 0.707
ystart = centery - diam * 0.707
prgr.cutseq.append(Plasma.CutRound(1, diam, xstart, ystart, 'cw'))
#prgr.cutseq.append(Plasma.CutRect(1,100,300,250,250,'ccw'))
#prgr.cutseq.append(Plasma.CutRound(2, 500, 426.75, 73.25,'cw'))
strprg = prgr.run()
return json.dumps(strprg)
